Description:

The laser collimator has high beam collimation, and the beam divergence angle does not exceed 2° after adjustment; the working distance consistency is good, greater than 99%;

The laser transmittance is high, and the damage threshold is high;

The laser collimation effect is good, less than 1/10 wavelength;
Widely used in semiconductor laser adjustment, laser cutting, welding, scanning systems, medical lasers, communication lasers and other fields.

Features:
1.Dual-Mode Operation
Works in both reflective (for mirrors/lenses) and transmissive (for optical systems like scopes/binoculars) modes, offering versatile alignment capabilities.
2.Precision Laser Beam
Emits a highly collimated (straight and narrow) laser beam for accurate optical alignment and calibration.
3.Adjustable Brightness
Allows users to control laser intensity for different lighting conditions and surfaces.
4.Universal Compatibility
Designed to fit a wide range of optical devices, including riflescopes, telescopes, binoculars, and camera lenses.
5.Compact & Portable
Lightweight and easy to carry, making it ideal for field use and workshops.
6.Battery-Powered
Typically uses standard batteries (e.g., CR2 or AAA) for convenient operation.
7.Durable Housing
Built with robust materials to withstand regular use in various environments.

Applications:
1.Firearm Scope Alignment
Ensures riflescopes and red dot sights are properly zeroed for shooting accuracy.
2.Telescope Collimation
Helps astronomers align mirrors and lenses in reflector telescopes for clear viewing.
3.Camera Lens Calibration
Assists photographers in aligning lenses for optimal focus and sharpness.
4.Industrial Optical Alignment
Used in manufacturing and engineering to calibrate laser systems, sensors, and optical instruments.
5.Maintenance & Repair
Ideal for gunsmiths, opticians, and technicians servicing optical equipment.